Recovery is an essential aspect of maintaining optimal physical and mental performance, as well as overall well-being. Whether your aim is peak athletic performance or simply maintaining a healthy, active lifestyle, understanding the importance of recovery and implementing effective strategies can make a significant difference in how you feel and perform.

Why Is Recovery So Important?

Recovery refers to the process of returning to a normal, healthy state after experiencing stress, fatigue, or injury. This can be in the context of physical exertion, such as exercise or sports, or mental and emotional stress from daily life. During recovery, the body and mind have the opportunity to repair, regenerate, and adapt to the challenges they have faced.

Neglecting recovery can lead to a host of negative consequences, including:

  • Decreased performance
  • Increased risk of injury
  • Prolonged fatigue
  • Weakened immune system
  • Emotional and mental burnout

When you pay attention to and prioritize recovery, you allow your body and mind to bounce back stronger, enabling you to perform at your best and maintain a healthy, balanced lifestyle.

Recovery And Stress Management

It’s no secret that managing stress is critical to health and wellness. Stress is a combination of psychological and physical factors. It is inevitable, and while we cannot control the external world, we can and should learn to control how we respond to it.


Our autonomic nervous system controls the stress response by turning on the sympathetic branch. Heartbeat and breathing increase in speed, pupils constrict, and digestion and sexual responses are suppressed, all to prime our body for action, the so-called “fight or flight.” The opposite response, the parasympathetic branch, is known as “rest and digest.”

It should be obvious that we want to spend the vast majority of our time in rest and digest mode. The fight or flight response was intended to help us escape from the mountain lion or grizzly bear that we came across while foraging for food. Our problem is that the modern-day bear is our cell phone, job, traffic, financial strain, and relationship stress—all things that keep our sympathetic system on overload. This means our blood sugar stays high, we gain weight, we don’t sleep well, and we begin spiralling into ill health.

Chronic stress and an overactive sympathetic nervous system can significantly impede our ability to recover. When stuck in a prolonged fight-or-flight state, the body dedicates resources to immediate survival rather than repair and regeneration. This can lead to poor sleep quality, impaired muscle recovery, disrupted hormone levels, and an increased risk of injury or illness. Managing stress through techniques like breathwork, meditation, and lifestyle changes is crucial for allowing the body to shift into a parasympathetic-dominant state conducive to optimal recovery.


Assessing And Measuring Recovery

Physiological recovery encompasses the proper functioning of the body’s systems to efficiently produce and utilize energy, as well as effectively repair and rebuild tissues – critical processes for maintaining optimal physical performance. Elite athletes are paying more and more attention to recovery and its measurement because they understand that rest is crucial for muscles to repair, rebuild and strengthen. Without sufficient rest and regeneration, the body cannot bounce back effectively from the demands placed upon it during training, regardless of your fitness level or athletic status.

Whether you’re a weekend warrior or a dedicated fitness enthusiast, by tracking recovery status you can better tailor your routine to include appropriate rest periods. This data-driven approach prevents overtraining while maximizing your body’s adaptive responses for continued progress. 

The first step is simple—listen to what your body is telling you! If you feel stressed, agitated, moody, overtired, have a hard time sleeping, or have a poor appetite, this may indicate the need for a rest day instead of a workout day. 

Recovery is a complex and multifaceted concept, both in practice and in measurement and assessment. However, there are an increasing number of technologies available to help you track your body’s state of recovery. These tools measure temperature, heart rate, sleep quality and quantity, and more. While these may not be an exact science just yet, they can help you to track some numbers, identify patterns, and become more in tune with how your body is responding to changes.

Some other methods for assessing recovery include:

Heart Rate Variability (HRV) Monitoring—HRV is a key metric that assesses the variations in time intervals between successive heartbeats. It’s a powerful tool for monitoring the balance between your sympathetic (fight-or-flight) and parasympathetic (rest-and-digest) nervous systems. Higher HRV generally indicates a well-regulated and adaptable autonomic nervous system, reflecting better stress management and recovery. On the other hand, lower HRV can be an early sign of physical or mental strain, suggesting the need for additional rest and recovery strategies. Regularly assessing HRV can help you make informed decisions about your training intensity and lifestyle choices to optimize overall health and performance. For more information on HRV, click HERE to read a previous blog I wrote. 

Sleep Quality Tracking—Sleep is a foundational pillar of the recovery process, so optimizing it should be a top priority. By leveraging wearable tech and apps, you can analyze metrics like sleep duration, sleep cycle patterns, awakenings, sleep efficiency percentage, and periods of deep restorative sleep. Experts generally recommend aiming for 7-9 hours of high-quality sleep per night, with lots of slow-wave deep sleep for maximizing physical recovery. In addition to duration and composition factors, monitoring morning resting heart rate after sleep can indicate when you haven’t fully recovered and recharged overnight. On a recent episode of my livestream TV show, ‘Hack Your Health With Dr. Nat’, I covered a myriad of strategies to optimize sleep. Click here to watch the replay.

Grip Strength—Evaluating grip strength goes beyond merely measuring hand strength; it serves as an excellent indicator of overall muscular strength and function. Greater grip strength has been associated with better cognitive functioning, higher life satisfaction, greater subjective well-being, and reduced depression and anxiety symptoms.(1)  Tracking changes in grip strength over time can help identify possible fluctuations in your physical readiness and alert you to potential signs of fatigue or overtraining. Using a hand dynamometer is a simple and inexpensive assessment tool.

Recovery Tools and Strategies

When you prioritize recovery alongside your training efforts, you create an environment conducive to optimal adaptation, enabling you to train harder, perform better, and progress further toward your fitness goals.

The following recovery tools and strategies, when utilized properly, can significantly enhance your overall training and long-term development.

PEMF (Pulsed Electromagnetic Field) Therapy—High levels of activity and daily stressors slowly drain your body of its energy to function optimally. By the end of the day, you’re mentally, physically, and emotionally depleted. Think of PEMF as a battery charger for our cells. PEMF devices like BioBalance use low-frequency electromagnetic waves that can penetrate deep into the body’s tissues to stimulate cellular repair and regeneration. Although PEMF therapy may seem like a novel technology, it has been safely and effectively used across America and Europe for over five decades and is backed by many studies and clinical trials.(2)  The benefits of PEMF therapy include improved circulation, reduction of pain, muscle relaxation and enhancement of physical performance, reduction of swelling and inflammation, improved oxygenation in the tissues, improved quality of sleep, and enhanced cellular repair and recovery.

Red Light Therapy—Also known as photobiomodulation, red light therapy exposes the body to specific wavelengths of red and near-infrared light. 

The photons of red and near-infrared react with the mitochondria in your cells, where they stimulate the electrons during cellular respiration. This is the process responsible for adenosine triphosphate (ATP) production, which is our cellular energy fuel. Most red light therapy devices will provide red light delivered at 660 nm and invisible near-infrared light delivered at 850 nm. Red light is readily absorbed by surface tissues and cells, leading to enhanced skin health and healing. Near-infrared light penetrates into deeper tissues, leading to enhanced recovery and inflammation support. 

This can help reduce oxidative stress, promote collagen production, and support mitochondrial function, leading to improved recovery. For a more in depth explanation into the many benefits of red light therapy, be sure to check out my previous blog HERE

Sauna—Sauna therapy, particularly infrared saunas, can aid in post-exercise recovery. Heat exposure helps reduce muscle soreness, improve cardiovascular function, and promote relaxation. Saunas promote increased blood flow and sweating, which assists in removing lactic acid and other metabolic waste products accumulated during exercise. While infrared saunas may be optimal, traditional dry or steam saunas can also provide recovery benefits. Dry saunas use heated air up to around 195°F (90°C), while steam rooms generate humid heat around 110-120°F (43-49°C). The moisture in steam rooms allows the body to better tolerate higher temperatures compared to dry heat alone, potentially offering superior recovery advantages.

Shockwave Therapy—Shockwave therapy is an innovative treatment that harnesses the body’s natural healing processes. It uses high-energy sound waves to stimulate angiogenesis (new blood vessel formation), increasing circulation and nutrient delivery to the injured area. This therapy induces collagen production, a key protein for repairing and strengthening damaged tissues while activating stem cells that can transform into various cell types for accelerated tissue regeneration. By overstimulating pain-transmitting nerves, shockwave therapy effectively reduces their sensitivity, offering immediate pain relief and prompting the release of natural pain-relieving endorphins. This can be particularly effective for treating chronic tendon and ligament injuries, as well as promoting overall recovery. If you are local to the Ottawa area and are interested in learning more about this treatment option at my clinic, you can find out more information at

Percussion/Vibration Therapy—Percussion and vibration therapy devices have seen a surge in popularity among athletes and fitness enthusiasts looking to aid muscle recovery. These modalities, delivered through tools like massage guns or vibration plates, can provide several potential benefits.

Handheld percussion massage guns use a repeating tapping or pulsing motion to deliver targeted compression forces into muscle tissue. This percussion action helps improve localized blood and lymphatic circulation to flush out metabolic wastes and reduce muscle tension or adhesions. When used as part of a post-workout routine, percussion therapy may decrease delayed onset muscle soreness (DOMS).

Vibration plates generate rapid oscillating vibrations, typically in the 25-50Hz range. As you stand or position yourself on the plate, these vibrational waves stimulate the muscles through rapid eccentric-concentric contractions. The physiological effects of vibration include increased metabolism, increased ROM, improved vascularization, the release of trigger points, and reduction of fascia densification, scar tissue, and calcifications.(3) Other benefits may include reduced pain, faster rehabilitation, increased lymphatic flow, reduced lactic acid buildup, and stimulation of proprioceptive (body awareness) functions. They can be a great tool to add to your recovery arsenal.

Compression Therapy—Compression therapy devices promote recovery and alleviate muscle soreness by applying intermittent compression to the limbs. These devices feature inflatable sleeves or boots connected to a control unit that regulates the compression cycles, typically moving from the extremities towards the body’s core. The compression promotes circulation, reduces inflammation, and relaxes muscles, aiding in recovery. These devices are commonly used by athletes and individuals recovering from injuries or surgeries, particularly after intense physical activity. The compression cycles can be customized, and some devices offer features like heating or cooling.

L-Glutamine—This amino acid plays key roles in protein synthesis, anti-oxidation, and intestinal/immune cell health. Chronic stress, intense exercise, and injury can all deplete glutamine levels in the body. Supplementing 5-10g of l-glutamine post-workout may help reduce gut permeability, offset exercise-induced glutamine depletion, and support recovery by enhancing glycogen resynthesis rates.

Breathwork After Training—Utilizing controlled breathing techniques like diaphragmatic or box breathing after intense exercise can help downregulate the sympathetic “fight-or-flight” stress response. This promotes a physiological relaxation shift toward parasympathetic functioning which is important for recovery processes like reducing inflammation and muscle tension.

At the end of the day, recovery is what allows you to train hard and perform at your best, day after day. Without dedicated recovery strategies, you may eventually hit a wall of diminishing returns from accumulated fatigue and stress. Don’t let that happen! Prioritize recovery by getting quality sleep, managing stress levels, utilizing therapeutic modalities, and providing your body with proper nutrients and rest periods to rebuild itself. When you make recovery a non-negotiable part of your routine, you set yourself up for consistent progress, better resilience, and the ability to keep pushing your limits over the long haul. Recover smarter, and you’ll perform better.

In-Text References

  1. Jiang, R., Westwater, M. L., Noble, S., Rosenblatt, M., Dai, W., Qi, S., Sui, J., Calhoun, V. D., & Scheinost, D. (2022a, September 9). Associations between grip strength, brain structure, and mental health in > 40,000 participants from the UK Biobank – BMC Medicine. BioMed Central. Retrieved May 17, 2023, from 
  2. Varani, K., Gessi, S., Merighi, S., Iannotta, V., Cattabriga, E., Spisani, S., … & Borea, P. A. (2010). Effect of low-frequency electromagnetic fields on A2A adenosine receptors in human neutrophils. British journal of pharmacology, 161(4), 883-895. doi: 10.1111/j.1476-5381.2010.00900.x
  3. Tucker, J. (2021, April 20). The science behind percussion massage. Chiropractic Economics. Retrieved September 6, 2022, from 
Peak Performance\Beyond Training: The Power of Recovery in Achieving Balance and Enhancing Performance